摘要
介绍了电机在智能机器人、新能源汽车、工业自动化及可再生能源等领域的多元化应用场景,分析了电机设计的核心技术路径,包括电磁拓扑创新、材料升级、热管理优化、轻量化结构及驱动系统集成,并探讨了高温超导材料、软磁复合材料(SMC)、数字孪生与AI驱动设计等前沿研究方向。研究表明,通过多学科交叉融合与多维技术创新,电机技术正朝着高效化、智能化、绿色化方向快速发展,为提升能源利用率、降低碳排放、推动装备制造业转型升级提供了重要支撑。
This systematically examines the diversified application scenarios of electric motors in intelligent robotics,new energy vehicles,industrial automation and renewable energy systems.It analyzes core technological pathways in motor design,including innovations in electromagnetic topology,material upgrades,thermal management optimization,lightweight structural design and drive system integration.The study further explores cutting-edge research directions such as high-temperature superconducting materials,soft magnetic composite materials(SMC),digital twins and AI-driven design.Research findings demonstrate that through multidisciplinary convergence and multi-dimensional technological innovation,motor technology is rapidly advancing towards higher efficiency,intelligent operation,and environmental sustainability.These developments provide crucial support for enhancing energy utilization efficiency,reducing carbon emissions,driving the transformation and upgrading of equipment manufacturing industries.
作者
陈文静
CHEN Wenjing(Bosch Power Tools(China)Co.,Ltd.,Hangzhou 310053,China)
出处
《微特电机》
2025年第5期71-77,共7页
Small & Special Electrical Machines
关键词
电机技术
电磁拓扑创新
技术前沿
材料升级
智能化技术
motor technology
electromagnetic topology innovation
technological frontier
material upgrade
intelligent technology
